This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 8761–8780 of 35484 papers
Krishna Rao, Andrew Dumit, Shaena Ulissi +7
PCFBench is the first benchmark that decomposes product carbon footprint (PCF) estimation into six independently evaluable tasks, with 614 expert-labeled items probing decomposition, retrieval, ontology matching, and numerical extraction. T…
Dongyang Fan, Carlos M. Duarte, Faming Wang +18
Macroalgae are important for ocean carbon cycling, but the spatial distribution of their coastal carbon burial is poorly known. This study provides a high-resolution global assessment, finding that depositional environment controls burial, …
Siyan Chen
Using a Difference-in-Differences model on Chinese A-share listed companies, this paper finds that improved carbon information disclosure reduces corporate financing constraints. It also explores the moderating effect of ownership nature, p…
Paolo Vanini
This paper analyzes why incentives to cut emissions weaken over time and proposes the carbon price level needed to prevent this. Using the concept of carbon budgets, it discusses the importance of dynamic incentive design, offering insights…
Agnes Sepaste
This study evaluates carbon cycling in Estonian pure and mixed stands using biometric budgeting. Both stand types are carbon sinks with NEP 1.2-7 t C/ha/yr. In mature Scots pine, partial harvesting maintains carbon neutrality or sink status…
Д.А. Гершинкова
This paper analyzes the role of climate projects in Russian state regulation of greenhouse gas emissions. It offers an original definition of carbon regulation and examines climate projects as a dispositive regulatory tool. Conditions for i…
Rawnak Miraj Ul Azam
This article examines how voluntary carbon market law can facilitate dispossession while remaining formally compliant with climate governance standards. Through critical doctrinal analysis of VCS, Gold Standard, ICVCM, and Article 6.4, it d…
You-Ren Wang
This repository provides code and derived data analyzing the financial incentives of blue carbon finance mechanisms for mangrove protection in Southeast Asia (Indonesia, Malaysia, Philippines). It compares avoided-loss crediting signals aga…
Meng Li, Xuedong Wang, 肖旭倩
This paper theorizes the legal basis for protecting blue carbon ecosystems under international law, arguing that monitoring, reporting, and verification (MRV) is a binding obligation under UNCLOS Articles 192, 194, and 204-206, independent …
Feifei Chu, Fangmei Cheng, Xiaomeng Zhang +6
This study investigates how ferrous iron-induced secondary mineral formation in iron-enhanced primary sludge affects organic carbon bioavailability and methane recovery during anaerobic digestion. Findings suggest that mineral formation alt…
Beckham Napitupulu, Aidatul Fitriyah
This study designs a carbon credit mechanism for gold recovery from e-waste (urban mining) in Indonesia. LCA shows an 86.9% emission reduction versus primary mining, and a hybrid protocol adapting Verra to SRN-PPI is proposed. Economic anal…
Chenhong Wu, Liping Li, Shuhuan Zheng +2
This study develops a CO2 capture process using choline chloride-glycerol deep eutectic solvent, integrating single-parameter and multiobjective optimization (genetic algorithm + artificial neural network) to achieve high CO2 purity and cap…
Xinyi Wei, S. K. Kot-Cheung, Jing Sun
This review systematically analyzes Direct Air Capture (DAC) technology using a performance-transfer framework from molecular binding to material shaping, contactor operation, regeneration, and storage. Surveying the past decade of literatu…
Changrui Shi, Wenyue Xue, Zhen Ma +5
This study develops 2D porous nanosheets from natural clay mineral vermiculite via liquid-phase exfoliation and acid etching, achieving enhanced CO2 capture. The nanosheets exhibit high surface area and hierarchical porosity, with a gas upt…
Chris Carpenter
This paper examines the potential of combined-cycle technology for CO2 capture and storage (CCS) on offshore oil and gas installations. Exhaust-gas recycling (EGR) doubles CO2 concentration, reducing amine absorber flow by 50% and equipment…
Hong Zhou
This review outlines microbial CO2 capture and utilization via autotrophic and heterotrophic pathways, covering algal photobioreactors, engineered microbes, and microbial electrosynthesis. It identifies key barriers such as low enzyme activ…
Mojawirahmad Sadat
This supplementary document provides robustness checks and additional data for a framework that assesses critical mineral supply-risk exposure in low-carbon energy technologies using price-weighting and lifecycle adjustment. Sensitivity ana…
Shanliang Ma, Xiaoming Liu, Zengqi Zhang +2
This study developed a low-carbon ferroaluminate cement (SWFAC) using high iron red mud and multiple industrial solid wastes. By optimizing calcination temperature and raw material composition, the mineral phases (C4A3$, C4AF) were controll…
Junjie Cai, Xijian Li, Shoukun Chen
This study proposes a method combining COMSOL multi-physics simulation and machine learning to accurately predict coal rock gas extraction volume, targeting the Qinglong Coal Mine in Guizhou. The XGBoost-LSTM hybrid model achieved the best …
Jinxuan Song, Hongen Zhang, Yuqi Tang +6
This study investigates the bond behavior between steel bars and geopolymer concrete under cryogenic conditions using acoustic emission, providing insights into the durability of low-carbon concrete. Geopolymer concrete offers CO2 reduction…
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